Digital Data Processing Details TRIZ Cases

A rear cover stores the stand inside the display, preventing loss during wall mounting while enabling secure protrusion-based floor assembly.

A counterbalanced support arm uses concealed cable routing and rotation stops to handle varied screen loads without cable winding or collisions.

A dual-purpose waveguide-heatsink redirects sound and dissipates heat, enabling clear audio in a compact rounded speaker enclosure.

CO2 laser grooves thin only the window folding portion, improving foldability while avoiding hazardous etching and preserving strength.

A podium counterweight with spring, cable, and tensioner lets gaming machine monitors open for service without accidental closure or damage.

A rear-cover stand storage and coupling structure keeps the stand hidden, prevents loss, and enables easy wall-to-floor display conversion.

A dual-valve male and female cooling connector opens only after sealed docking, preventing leakage, flow blockage, and docking failure.

A hanging element and bottom fixing element let a display mount on a plate edge while enabling adjustable screen angle and position.

A unified PLC environment combines process and power logic, prioritizes fast channels, and improves response to industrial electrical events.

Scalloped sidewalls and aligned pin rows drive turbulent coolant flow, improving heat absorption while limiting flow separation and recirculation.

A controlled deceleration cam profile lowers strain rate during DIMM insertion, helping seat memory modules without damaging sockets or circuit boards.

Machine learning adjusts fan speed and acceleration from temperature and tachometer data to cool components without abrupt noise changes.

A memory-wire latch replaces adhesive display retention, enabling low-profile assembly with safer disassembly and lower repair damage.

Dual sliding pieces on one slide rail create two preset strokes, extending display panel adjustment range without major assembly complexity.

An elastic suppression member adds friction to the sliding support member, stabilizing angle holding while preventing rotation shaft deformation.

An annular ring magnet, alignment magnet, and radial tabs improve handheld device mounting security while keeping attachment fast and versatile.

A bendable plastic sheet and integrated auxiliary supports simplify middle hinge assembly while extending fold life in external flexible screens.

Magnetic engagement, a bearing disk, and a bushing enable stable 180-degree rotation and precise alignment in portable device stands.

An auxiliary supporting layer covers hinge connection gaps and step differences to keep a foldable display smoother when flattened.

A pressing member and interconnecting gears remove idle rotation from hinge backlash, improving foldable device stability and response.

A segmented rotation and tilt assembly lets a display head adjust independently while an elastic support maintains stable positioning and durability.

A moving block and meshed gears synchronize both hinge sides during folding, reducing panel stress and extending flexible display life.

Groove-guided stopper protrusions replace radial cam-slider displacement, enabling smooth dual-shaft hinge rotation from 0° to 360°.

RFID-tagged cartridges authenticate users and products while tracking quantity, location, refilling, and application rates in agricultural dispensing.

Near-infrared absorbers in a transparent housing layer enable clear laser markings, stronger contrast, and less coating damage.

A nested hub-and-stand layout combines multiple interface ports with secure asymmetric coupling to improve portable device stability and connectivity.

Idle gears and cam structures synchronize foldable housings with different rotating shafts to reduce backlash, delay, and misalignment.

Axial cams and a spring generate counter-torque that balances a display arm, holding stable viewing angles in a compact hinge.

A drive portion with sliding slots and springs links both support members to speed foldable device opening and closing while holding position.

A wired HMI tool simplifies PLC diagnosis, forced operation, and alarm checks in secure semiconductor factories without complex software.

Inclined link grooves and a rotating link lever replace gear interlocking to cut hinge noise, vibration, cost, and wear in foldable terminals.

Sliding plates shift the opened housing away from rear vents, preserving heat dissipation and display range in foldable electronics.

RFID-tagged cartridges authenticate product access and track quantity, location, refilling, and application rates to prevent misuse and contamination.

A vibration damper between the sensor mount and housing enables back-side attachment while limiting vibration transfer to the housing.

A rotator-hinge contact structure cuts flow gap under impact, limiting shear stress and display distortion while preserving smooth folding.

A bar-coupled mount and rigid module cover strengthen the display frame against tilting loads, reducing deformation and damage.

Disjoint mounting surfaces let one mobile device dock add power, ports, cooling, or antenna modules without installation interference.

A spiral-groove link mechanism moves axially to eliminate hinge backlash, keep housings interlocked, and hold the center bar horizontal.

Geared synchronization arms and multi-axis swing arms balance folding forces and create screen accommodation space to reduce flexible display damage.

Wireless retrieval of vehicle ID, sensor data, and occupant status helps first responders verify information without approaching the vehicle.

Gear and rack coordination keeps rollers and shaft assemblies synchronized, reducing screen shaking and pulling during rolling, expansion, and contraction.

A rear glass cover hides the stand to create a floating display look, while a non-slip lower part keeps the unit stable on inclined surfaces.

Spring-loaded plungers and sealing rings let parallel female connectors disconnect together while preventing cooling-water leakage.

Local and reference temperature sensing adjusts thermal targets in real time, balancing electronic device performance with overheating stability.

Elastic and spherical support assemblies in a hollow hinge reduce abrasive contact, limit wavering, and improve durability and assembly yield.

Eccentric discs and stacked friction plates raise hinge locking force without increasing shaft diameter or thickness, while improving wear stability.